Department of Mathematics and Systems Analysis
Department of Mathematics and Systems Analysis
Our main research areas are algebra and discrete mathematics, analysis, applied mathematics and mechanics, stochastics and statistics, and systems analysis and operations research. We offer major and minor studies at both bachelor's and master's levels and provide doctoral research training. Our graduates have been recruited by universities, research institutes, governmental agencies as well as companies in the financial, energy and transportation sectors.
For full information on the department, visit:
Our research groups:
Research groups working on algebra and discrete mathematics
Research groups working on mathematical analysis
Research groups working on applied mathematics and mechanics
Research groups working on stochastics and statistics
Research groups working on systems and operations research.
News
The TAIMI project builds an equal working life – a six-year consortium project seeks solutions to recruitment and skill challenges
Artificial intelligence (AI) is changing skill requirements, the population is aging, and the labor shortage is deepening. Meanwhile, the potential of international experts often remains unused in Finland. These challenges in working life are addressed by the six-year TAIMI project funded by the Strategic Research Council, and implemented by a broad consortium.
Unite! Seed Fund 2026: Call opens on 20 January 2026
Gain an early overview of the Unite! Seed Fund Call of Spring 2026. The call includes three funding lines: Student Activities, Teaching and Learning, and Research and PhD.
Deepika Yadav leverages technology to improve women's health
Deepika Yadav recently began as an assistant professor at the Department of Computer Science in the field of human-computer interaction (HCI) and interaction design for health and wellbeing.
A new way to measure contagion: the gut bacterium behind blood poisoning can spread like influenza
Neither the antibiotic-resistant nor the highly virulent strains are the most transmissible.Events
Public defence in Computer Science, M.Sc. Maryam Astero
Deep learning models for predicting molecular reactions and transformations—bridging AI and chemistry.
Public defence in Engineering Physics, M.Sc. Lauri Kurki
Methods for sample recognition for high-resolution scanning probe microscopy images
Public defence in Engineering Physics, M.Sc. Tytti Kärki
Perspectives on Capillary Bridges: Quasi-Two-Dimensional Droplets and Living Bridges (title of the thesis).
Public defence in Computer Science, M.Sc. Yan Xia
Understanding the (de)polarized social media (title of the thesis).Where to find us
Undergraduate Centre
Otakaari 1
